As we think about what impact we would like operations research (OR) to have on the world, it can be helpful to look to the past for guidance and inspiration. This talk overviews the early stages of operations research becoming a discipline and academic field of study following World War II. In this talk, I will introduce “fun facts” about OR history, including the piece of OR history that inspired a scene in the film Good Will Hunting. I will also discuss early attempts to define the field of operations research, drawing upon the writings of Philip McCord Morse. The young field of OR experienced some growing pains, when some leaders in the field expressed their concerns about the demise and possible death of OR. Ultimately, OR flourished in the following decades. A theme of the talk is that various efforts taken to tackle hard problems defined the field of OR, opened up fruitful areas for exploration, and guided the evolution of OR.
- The document describes a jigsaw puzzle-like project made up of pieces with glyphs from different writing systems, representing the multilingual nature of the project. A 3D model was later developed.
- It discusses a voting procedure for space travelers that allows them to vote electronically from space before elections.
- The last name of a famous Russian scientist, Igor Yevgenyevich, is revealed to be Chernyi.
Joshua Lederberg was born in 1925 in New Jersey and showed a strong interest in science from a young age, influenced by books like The Microbe Hunters. He graduated early from the specialized science high school Stuyvesant and continued experiments at the American Institute Science Laboratory. He then attended Columbia University, where he studied under mentor Francis Ryan and became interested in using chemical analysis to study life through the mold Neurospora. Lederberg went on to make pioneering contributions to the new fields of bacterial genetics and molecular biology.
Alan Turing is well-known as the "father of computing". With his contribution to mathematics, code-breaking, computer science and logic, he has long been a subject of great fascination. Following the centenary of his birth in 2012 he has become even more widely recognised for his remarkable contribution to our understanding of the world around us through his work on the computational mathematics that underlies life and evolution, which some compare to the insights of Einstein and Newton.
This document appears to be a quiz conducted by the team "SARSON DA SWAG" at GNOSIS QUIZ LEAGUE, NIT Allahabad. It contains 12 questions in the first round related to science, technology, and pop culture topics. Examples include identifying Google's first tweet, the Indian Neutrino Observatory project, and characters from DC comics. It also has an 8 question round on the intersection of science and pop culture, testing knowledge of internet memes, famous figures, and more.
Artificial intelligence and the Singularity - History, Trends and Reality Check
A lecture given at the second LAST festival (www.lastfestival.org) by Piero Scaruffi on Artificial intelligence and the Singularity - History, Trends and Reality Check. This is a very old presentation. See the updated one at www.scaruffi.com/singular
1) In 1972, a major conference on computer communication was held in Washington D.C. where researchers demonstrated early applications of packet switching and email over the ARPANET network.
2) This conference helped popularize the ideas of networked computers and sparked new interest in further developing what would become the Internet.
3) Key figures in attendance included Vint Cerf, a founder of the Internet, and researchers who developed early technologies like Ethernet and the TCP/IP protocols.
Roger Malina on A Historical Perspective on the Art-Sci-Tech field
Presentation given by Roger Malina on July 26 2014 at Kettle's Yard, Cambridge UK at
White Heat: art, science and
social responsibility in 1960s Britain
talk title is
The Leonardo Journal at 50_ networking the arts,sciences and technology now. The talk takes the person of Frank Malina, founder of Leonardo Journal as the springboard for a historical perspective
DST INSPIRE lecture delivered in Sri Guru Gobind Singh College Chandigarh ja...
This Lecture is meant to Inspire Young School Students to opt for Science as a Career in Life. The Motivation is provided by Examples from own life and those of Indian Scientists who created history of sorts in Scientific Research in India. This lecture series is funded by Deptt. of Science & Technology, Govt. of India.
This document provides information about Sir Isaac Newton in both Spanish and English. It includes a fact file about Newton's life in three paragraphs that details his birthplace and date, occupation, important works, places he lived, and cause of death. It also includes a similar fact file and biography of Marie Curie in three paragraphs with additional details. The document teaches vocabulary for describing life events and provides examples of fact files and biographies about important historical figures.
The document presents a science and technology quiz with 22 multiple choice questions testing knowledge about topics like the fundamental duties in the Indian constitution, centripetal force, mercerization process, loupes, Euclid's Elements, the Breakthrough Prize in Life Sciences, rare earth elements, Marconi Union, Pope Pius XI, the International Telecommunication Union, Chanel No. 5 perfume, scrolls versus codices, Millikan's oil drop experiment, Eratosthenes' calculation of the Earth's circumference, near field communication technology, and the pileus cloud and mushroom cap. The questions cover a wide range of scientific, historical and technological subjects testing general
The document discusses the evolution and adoption of communication technologies over time according to several influential theories. It begins with an overview of the umbrella perspective on communication technology, including its focus on hardware, software, infrastructure and social systems. It then examines Rogers' diffusion of innovations theory and Moore's innovation adoption rate model. The document also summarizes critical mass theory, uses and gratifications theory, media systems dependency theory, and social learning theory. Finally, it provides examples of the theories by analyzing the adoption of smartphones and the development of the Internet.
This document outlines the key concepts and historical events discussed in the first lesson of a course on science, technology, and society. It discusses the four definitions of science and highlights several major scientific revolutions and the scientists behind them, including Copernicus, Darwin, and Freud. It also summarizes the development of science in different regions including Mesoamerica, Asia, the Middle East, Africa, and the contributions of civilizations like the Maya, Inca, Aztec, Indians, and Egyptians to areas like astronomy, mathematics, medicine, and more. Students are assigned discussion questions and an activity to create a timeline of major science discoveries and developments.
Grand Quizzing Week 22 | SciTech Quiz | PrelimsQuNITe
- The document describes a jigsaw puzzle-like project made up of pieces with glyphs from different writing systems, representing the multilingual nature of the project. A 3D model was later developed.
- It discusses a voting procedure for space travelers that allows them to vote electronically from space before elections.
- The last name of a famous Russian scientist, Igor Yevgenyevich, is revealed to be Chernyi.
Joshua Lederberg was born in 1925 in New Jersey and showed a strong interest in science from a young age, influenced by books like The Microbe Hunters. He graduated early from the specialized science high school Stuyvesant and continued experiments at the American Institute Science Laboratory. He then attended Columbia University, where he studied under mentor Francis Ryan and became interested in using chemical analysis to study life through the mold Neurospora. Lederberg went on to make pioneering contributions to the new fields of bacterial genetics and molecular biology.
Alan Turing is well-known as the "father of computing". With his contribution to mathematics, code-breaking, computer science and logic, he has long been a subject of great fascination. Following the centenary of his birth in 2012 he has become even more widely recognised for his remarkable contribution to our understanding of the world around us through his work on the computational mathematics that underlies life and evolution, which some compare to the insights of Einstein and Newton.
This document appears to be a quiz conducted by the team "SARSON DA SWAG" at GNOSIS QUIZ LEAGUE, NIT Allahabad. It contains 12 questions in the first round related to science, technology, and pop culture topics. Examples include identifying Google's first tweet, the Indian Neutrino Observatory project, and characters from DC comics. It also has an 8 question round on the intersection of science and pop culture, testing knowledge of internet memes, famous figures, and more.
Artificial intelligence and the Singularity - History, Trends and Reality Checkpiero scaruffi
A lecture given at the second LAST festival (www.lastfestival.org) by Piero Scaruffi on Artificial intelligence and the Singularity - History, Trends and Reality Check. This is a very old presentation. See the updated one at www.scaruffi.com/singular
1) In 1972, a major conference on computer communication was held in Washington D.C. where researchers demonstrated early applications of packet switching and email over the ARPANET network.
2) This conference helped popularize the ideas of networked computers and sparked new interest in further developing what would become the Internet.
3) Key figures in attendance included Vint Cerf, a founder of the Internet, and researchers who developed early technologies like Ethernet and the TCP/IP protocols.
Roger Malina on A Historical Perspective on the Art-Sci-Tech fieldroger malina
Presentation given by Roger Malina on July 26 2014 at Kettle's Yard, Cambridge UK at
White Heat: art, science and
social responsibility in 1960s Britain
talk title is
The Leonardo Journal at 50_ networking the arts,sciences and technology now. The talk takes the person of Frank Malina, founder of Leonardo Journal as the springboard for a historical perspective
This Lecture is meant to Inspire Young School Students to opt for Science as a Career in Life. The Motivation is provided by Examples from own life and those of Indian Scientists who created history of sorts in Scientific Research in India. This lecture series is funded by Deptt. of Science & Technology, Govt. of India.
This document provides information about Sir Isaac Newton in both Spanish and English. It includes a fact file about Newton's life in three paragraphs that details his birthplace and date, occupation, important works, places he lived, and cause of death. It also includes a similar fact file and biography of Marie Curie in three paragraphs with additional details. The document teaches vocabulary for describing life events and provides examples of fact files and biographies about important historical figures.
The document presents a science and technology quiz with 22 multiple choice questions testing knowledge about topics like the fundamental duties in the Indian constitution, centripetal force, mercerization process, loupes, Euclid's Elements, the Breakthrough Prize in Life Sciences, rare earth elements, Marconi Union, Pope Pius XI, the International Telecommunication Union, Chanel No. 5 perfume, scrolls versus codices, Millikan's oil drop experiment, Eratosthenes' calculation of the Earth's circumference, near field communication technology, and the pileus cloud and mushroom cap. The questions cover a wide range of scientific, historical and technological subjects testing general
The document discusses the evolution and adoption of communication technologies over time according to several influential theories. It begins with an overview of the umbrella perspective on communication technology, including its focus on hardware, software, infrastructure and social systems. It then examines Rogers' diffusion of innovations theory and Moore's innovation adoption rate model. The document also summarizes critical mass theory, uses and gratifications theory, media systems dependency theory, and social learning theory. Finally, it provides examples of the theories by analyzing the adoption of smartphones and the development of the Internet.
The document discusses the history and evolution of futures studies and foresight from its origins in utopian fiction to its current use in technology forecasting and policymaking. It traces key developments including the growth of science fiction in the 19th century, early attempts at systematic futures studies and technology forecasting in the early 20th century, the futures movement of the 1960s, and the establishment of the UK Foresight Programme in the 1990s. It analyzes how foresight has shifted from an emphasis on networking and prioritization to a focus on informing policy through more modest projects, and considers ongoing tensions around expertise, participation, and methodology in foresight practice.
This document discusses the history of science, technology, and innovation in San Antonio from the early 20th century to present day. It mentions several important figures and events, including Gutzon Borglum carving Mt. Rushmore, Kenneth Cooper coining the term "aerobics," the initial sequencing of the human genome, and Thomas Slick founding institutions that supported science and peace. It then discusses the early aviation history in San Antonio and the development of key military sites such as Fort Sam Houston and Brooks City Base. The summary continues to discuss the growth of technology industries and institutions in San Antonio in recent decades around areas like cybersecurity and healthcare.
Vannevar Bush was an American engineer, inventor and science administrator who is considered a founder of digital computers and the information age. Some of his key accomplishments and ideas included developing one of the first analog computers called the Differential Analyzer, proposing the idea of the Memex which anticipated key aspects of hypertext and the World Wide Web, and serving as director of the Office of Scientific Research and Development during World War II where he oversaw development of technologies like radar and the proximity fuse. Bush is seen as a pioneer in fields like information science and his 1945 article "As We May Think" laid out a vision for how information and knowledge could be more effectively stored and retrieved using new technologies.
Maxwell rd library luminary – vannevar bushRay Max
Vannevar Bush was an American engineer, inventor and science administrator who is considered a founding father of digital computers and the information age. Some of his key accomplishments and ideas included developing one of the first analog computers called the Differential Analyzer, proposing the idea of the Memex which anticipated key aspects of hypertext and the World Wide Web, and writing the influential 1945 article "As We May Think" which outlined his vision of microfilm-based systems that could supplement human memory and support associative trails of thinking. Bush played a pivotal role in mobilizing science for national security during World War II and was an advocate for increased public funding for basic scientific research.
Maxwell rd library luminary – vannevar bushRay Max
Vannevar Bush was an American engineer, inventor and science administrator who is considered a founding father of digital computers and the information age. Some of his key accomplishments and ideas included developing one of the first analog computers called the Differential Analyzer, proposing the idea of the Memex which anticipated key aspects of hypertext and the World Wide Web, and writing the influential 1945 article "As We May Think" which outlined his vision of microfilm-based systems that could supplement human memory and support associative trails of thinking. Bush played a pivotal role in mobilizing science for national security during World War II and was an advocate for increased public funding for basic scientific research.
Similar to Tackling hard problems: On the evolution of operations research (20)
Optimization with impact: my journey in public sector operations research Laura Albert
eynote talk at the Advances in Data Science & Operations Research Virtual Conference, presented by Universidad Galileo in collaboration with INFORMSttt. It's the first INFORMS conference made for Latino America that brings together the scientific community from the areas of operations research, business intelligence, and data science.
Should a football team go for a one or two point conversion? A dynamic progra...Laura Albert
The document discusses using dynamic programming to determine when an NFL team should attempt a one-point or two-point conversion after scoring a touchdown. It models the problem as a series of decisions based on the score differential and remaining possessions. The dynamic programming approach considers all possible outcomes at each stage and guarantees an optimal solution, without enumerating all possibilities. It formulates the problem as a longest path problem to maximize the probability of winning.
Designing emergency medical service systems to enhance community resilience Laura Albert
Emergency response to patients with medical needs after a disaster is a critical aspect of public safety and community resilience. An effective response to emergency medical patients can be achieved by designing a system that
- Allocates limited resources such as ambulances in resource-constrained settings,
- Leverages data and triage information to inform the design of response districts, and
- Sheds light on how these decisions change after a disaster.
In this talk, Dr. Laura Albert will discuss how analytical methods can be used to design emergency response systems and provide guidance into how to design data-driven emergency response systems. She will discuss how system design decisions must change after weather disasters when the system is congested and critical infrastructure is impaired.
A lecture on location models for public sector operations research. Topics include facility location, coverage models, the p-median model, the p-center model, integer programming.
Delivering emergency medical services:Research, theory, and applicationLaura Albert
This document provides an overview of emergency medical services (EMS) systems and how operations research can help improve them. It discusses how EMS systems work, how their performance is evaluated, and ways to enhance performance. Some key points:
- EMS design varies by community and involves decisions around staffing, vehicle types, and ambulance locations.
- National guidelines recommend response times of 5 minutes for cardiac arrests and 9 minutes for other calls.
- Operations research models can help determine optimal ambulance locations and dispatching policies to maximize coverage and patient survival based on response times. These models account for uncertainty in call priorities.
- Simulation and optimization techniques have found policies that improve coverage and better prioritize true high-priority calls
Advanced analytics for supporting public policy, bracketology, and beyond!Laura Albert
The document discusses advanced analytics applications in public policy and bracketology. It summarizes Laura Albert's background and research interests in operations research and systems engineering. She studies how mathematical models and systems thinking can help analyze complex, interconnected systems and issues. Advanced analytics turn data into useful information to make better decisions. Examples discussed include risk-based screening models for aviation security and emergency response optimization to improve response times for medical emergencies.
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Many public sector problems are "wicked problems" that have strong social, legal, and political components with many stakeholders and changing requirements that are difficult to recognize. Unlike tame problems that can be solved with operations research, wicked problems interact with each other in complex ways and have no definitive formulation or stopping rules for determining solutions. Solutions to wicked problems also cannot be clearly evaluated as true or false and may have unforeseen consequences that emerge over long periods, making repeated learning attempts difficult.
Laura McLay gave a presentation to new educators about her journey from a shy teaching assistant to a comfortable professor. She discussed wishing she knew it takes 5-10 years to become a great teacher. She emphasized managing student expectations by setting clear expectations and warnings. She provided tips for active learning techniques like embracing awkward silences and using in-class examples. She also stressed the importance of prioritizing tasks and finding a balance with research. Overall, she encouraged new educators to be patient with themselves and find teaching styles that feel authentic.
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This document summarizes research on using operations research and optimization methods to improve emergency medical services (EMS) systems. It discusses how EMS systems work, common performance measures like response times, and approaches to optimize ambulance location and dispatching decisions. Optimization models aim to maximize coverage and survivability based on factors like call volume and priority. The research evaluates policies across different levels of information and aims to balance response to both high and low priority calls.
Should a football team run or pass? A linear programming approach to game theoryLaura Albert
The document discusses using game theory and linear programming to determine the optimal strategies for an offense and defense in football. It presents a payoff matrix showing the expected yardage gains/losses from different play combinations. By modeling the problem as a zero-sum game and finding the Nash equilibrium strategies, it shows the offense should run half the time and pass half the time, resulting in an average of 2.5 yards per play. The defense should prepare for a run a quarter of the time and a pass three quarters of the time, also yielding an average of 2.5 yards allowed per play.
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3 . We apply this search strategy to the night side of Jupiter near the equator. The night side
has zero solar irradiation, and low latitudes are sufficiently far from ionizing auroras, leading to a lowbackground search. We use Cassini data on ionospheric Hþ
3 emission collected three hours either side of
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section down to about 10−38 cm2. We also highlight that DM atmospheric ionization may be detected in
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ScieNCE grade 08 Lesson 1 and 2 NLC.pptxJoanaBanasen1
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A mature quasar at cosmic dawn revealed by JWST rest-frame infrared spectroscopySérgio Sacani
The rapid assembly of the first supermassive black holes is an enduring mystery. Until now, it was not known whether quasar ‘feeding’ structures (the ‘hot torus’) could assemble as fast as the smaller-scale quasar structures. We present JWST/MRS (rest-frame infrared) spectroscopic observations of the quasar J1120+0641 at z = 7.0848 (well within the epoch of reionization). The hot torus dust was clearly detected at λrest ≃ 1.3 μm, with a black-body temperature of
K, slightly elevated compared to similarly luminous quasars at lower redshifts. Importantly, the supermassive black hole mass of J1120+0641 based on the Hα line (accessible only with JWST), MBH = 1.52 ± 0.17 × 109 M⊙, is in good agreement with previous ground-based rest-frame ultraviolet Mg II measurements. Comparing the ratios of the Hα, Paα and Paβ emission lines to predictions from a simple one-phase Cloudy model, we find that they are consistent with originating from a common broad-line region with physical parameters that are consistent with lower-redshift quasars. Together, this implies that J1120+0641’s accretion structures must have assembled very quickly, as they appear fully ‘mature’ less than 760 Myr after the Big Bang.
Tackling hard problems: On the evolution of operations research
1. Tackling hard problems:
On the evolution of operations research
Professor Laura A. Albert
Industrial and Systems Engineering
University of Wisconsin-Madison
2023 INFORMS President
This work was in part supported by the National Science Foundation under Award Number 1935550
2. What’s so great about operations research?
This is a topic I explored during my Presidential term at INFORMS
in 2023 in ORMS Today articles, Punk Rock Operations Research
blog posts, and LinkedIn Posts:
• Operations Research – what is it?
• 10 facts about the origin of operations research
• On George Dantzig, Good Will Hunting, and Tackling Hard
Problems
• Operations research was declared dead in 1979
• So your mother wanted you to be a doctor, but a PhD in OR?
EURO 2024 Laura A. Albert 2
3. What’s so great about operations research?
Our community tackles hard problems
Let’s take a tour through OR history
EURO 2024 Laura A. Albert 3
4. OR before World War II
Historical origins go back to mathematicians such as Newton, Euler, Gauss,
Lagrange, Bernoulli, and others
By World War I, operations research was in its early phases in both the
British and the U.S. militaries
• F.W. Lanchester in the UK and Thomas Edison in US
• Neither impacted war effort / OR not adopted
EURO 2024 Laura A. Albert 4
5. During World War II when OR teams tackled hard
problems to help the war effort
• British army started using OR near onset of World War II in 1939
• P.M.S. Blackett led a team of scientists called “Blackett’s circus” to tackle projects
• 365 scientists engaged in OR by Victory in Europe Day
• US military adopted OR in 1940 within months of becoming aware of Blackett’s circus
• James B. Conant, chemistry advisory and member of National Defense Research Committee
• Philip McCord Morse started first OR team for the U.S. Navy
• Originally consisted of 7 scientists
• 73 scientists by the end of WWII
• OR quickly spread to all branches of the US military
• By 1942 all Air Force generals required to have OR teams
• By Victory in Japan (V-J) Day in 1945, there were 26 OR groups at Air Force headquarters
• Despite the focus on decision-making, psychologists were generally not part of the teams
EURO 2024 Laura A. Albert 5
6. OR quickly spread in military during WWII because
it made a difference
• Searching out Axis ships and submarines and attacking them
• Most valued contribution
• Integrating radar into operations
• Location, communication, and maintenance
• Optimal convoy size
• Criteria: loss and escort requirements
• Analysis of anti-aircraft weaponry
• Strategic bombing
• Performance under various conditions
• Anti-submarine strategies
OR teams succeeded in solving hard problems
EURO 2024 Laura A. Albert 6
Anti-submarine warfare
7. Definition of OR
British Army 1939-1945
A scientific method of providing executive departments with a
quantitative basis for decisions regarding the operations under
their control
"Operational Research in the British Army 1939–1945", October 1947, Report C67/3/4/48, UK National Archives file WO291/1301
Quoted on the dust-jacket of: Morse, Philip M, and Kimball, George E, Methods of Operation Research, 1st edition revised, MIT
Press & J Wiley, 5th printing, 1954.
EURO 2024 Laura A. Albert 7
8. Operations research – what is it?*
Philip McCord Morse, 1951
Morse declines to directly define OR, which is:
• Quantitative, predictive, and prescriptive
• Flexible and interdisciplinary, drawing on physics, math, biology,
psychology, and economics
• Practical – solves real problems
• Model-centric and experimental, with a feedback loop to continuously
improve models
• Data-driven and hands-on, with access to real system
• The ability to communicate up is crucial
• My impression: early OR is consistent with the OR of today
• Validation of mathematical models was emphasized more in 1950s
EURO 2024 Laura A. Albert 8
Title of Philip McCord Morse paper in the Journal of Applied Physics in 1952 that is a transcript of a lecture at the conference on
Applications of Operations Research in Industry at Case Institute of Technology, 1951
9. OR becomes a field of study after World War II
• Scientific management (early 1900s)
• Data analytics for management
• “Time studies” by Frederick Winslow Taylor (“Taylorism”)
• Assembly lines
• Moving assembly line introduced in 1913
• Data and systems thinking applied to manufacturing
• Increased productivity by 500% in the US!!
• OR finds many new applications
• Resource allocation, cutting stock, game theory,
queueing theory, scientific management
• Advances in OR lead to widespread adoption
• Simplex algorithm, computing power
EURO 2024 Laura A. Albert 9
https://en.wikipedia.org/wiki/Simplex_algorith
m#/media/File:Simplex-description-en.svg
10. on George Dantzig, Good Will Hunting, and
tackling hard problems
On solving homework problems that were
“a little harder than usual”:
“If I had known that the problems were
not homework but were in fact two
famous unsolved problems in statistics, I
probably would not have thought
positively, would have become
discouraged, and would never have
solved them”
- George Dantzig
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11. Dantzig’s simplex algorithm solved hard problems,
such as the Traveling Salesman Problem (TSP)
TSP tour of 49 cities in 1954:
• 1.24 x 1061 feasible solutions
For comparison:
• There are 1011 stars in the galaxy
• There are 1023 stars in the universe
• G. Dantzig, R. Fulkerson, and S.
Johnson solved problem “by hand”
using the simplex algorithm
• Used Rand McNally map to estimate distances
• Proved solution was optimal
• Story in Newsweek in 1954!
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12. From transportation, logistics, and manufacturing…
…to public sector, humanitarian applications, and beyond
One sentiment in the 1960s in the United States:
“If we can land a man on the moon…”
...why can't we attack fundamental societal problems using math
and operations research?
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OR evolves
13. A golden age of public safety research began
in the 1960s
New York City / RAND Institute Collaboration spurred new
applied research
• Methods span optimization, set covering, simulation, applied
probability, queueing theory
• New York City used simulation for the first time!
Research had impact!
• Papers appeared in the best operations research journals
• Research was put into practice
• Research won major awards
• Lanchester, Edelman, NATO Systems Science Prize
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14. So your mother wanted you to be a doctor,
but a PhD in OR?
“I have just completed my junior year at Harvard College where I am
majoring in Applied Mathematics to Economics. I am currently in the process
of deciding whether to go to graduate school for a Ph.D. in Operations
Research.”
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15. Firsts in OR
• First course in operations research
• Massachusetts Institute of Technology, 1948, nonmilitary applications
• The first university degree in OR
• Master of Science at Case Institute of Technology in Ohio (now Case Western Reserve University)
• First OR journal
• Operational Research Quarterly, 1950 (now Journal of the Operational Research Society)
• First operations researcher to be awarded a Nobel prize
• Patrick Blackett, Physics, 1948
• Jan Tinbergen, Economics, 1969 (first in OR)
• Elinor Ostrom, 2009 (first woman in OR)
• First operations researcher elected to the National Academies (in US)
• David Blackwell, National Academy of Sciences, 1965
• Also the first African American (overall, not just in OR) elected to NAS
• First woman in OR elected to the National Academies
• Margaret Wright, National Academy of Engineering, 1997
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16. Operations research was put on life support in 1978!
Operations research was declared dead in 1979!
“Operations research
is dead
even though it has
yet to be buried”
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17. OR survived and is flourishing!
• Record setting OR conference attendance
• INFORMS Annual Meeting attendance record in Seattle in 2019
• INFORMS Annual Meeting 2nd place attendance record in Phoenix in 2023
• Finalists for the INFORMS Franz Edelman Award have cumulatively
contributed >$400 billion since its inception and countless other
nonmonetary benefits.
• INFORMS journals downloads setting record numbers (>4M/year)
• IFORS has 54 member societies, 24 of which joined after OR declared
dead in 1979
https://www.ifors.org/national-societies/
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18. What’s so great about operations research?
Leverage data to make smart decisions in systems
Create operational models of systems that capture the
interconnected components and system performance
Manage limited resources
Study tradeoffs across multiple criteria
We have a versatile toolbox for solving hard problems in
consequential applications
We never back down from a challenge!
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19. Thank you!
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References
1.Florence N. Trefethen (1954). “A History of Operations Research,” in Joseph F. McCloskey and Florence N. Trefethen
(eds.), Operations Research for Management, Baltimore: Johns Hopkins University Press, pp. 3-35.
2.Articles and resources about the origins of operations research: https://www.informs.org/Explore/History-of-O.R.-
Excellence/Bibliographies/The-Origins-of-OR
3.P.M. Morse (1952). Operations research – what is it? Journal of Applied Physics 23(2), 165-172.
https://doi.org/10.1063/1.1702167
4.Hall Jr, J. R., & Hess, S. W. (1978). OR/MS: Dead or dying? RX for survival. Interfaces, 8(3), 42-44.
https://doi.org/10.1287/inte.8.3.42
5.Ackoff, R. L. (1979). The future of operational research is past. Journal of the operational research society, 30(2), 93-104.
6.Herbert Halbrecht, (1972). So your mother wanted you to be a doctor, but a PhD in OR? Interfaces, 2(2), pp. 44-49
My articles
1. L. Albert (2022). Operations research was declared dead in 1979. Punk Rock Operations Research blog post, Available at:
https://punkrockor.com/2022/04/07/operations-research-was-declared-dead-in-1979/
2. L. Albert (2023a). 10 facts about the origin of operations research. ORMS Today, Available at:
https://pubsonline.informs.org/do/10.1287/orms.2023.03.04/full
3. L. Albert (2023b). On George Dantzig, Good Will Hunting, and Tackling Hard Problems. Punk Rock Operations Research blog post,
Available at: https://punkrockor.com/2023/06/05/on-george-dantzig-good-will-hunting-and-tackling-hard-problems/
4.L. Albert (2023c). Operations Research: What is it? Punk Rock Operations Research blog post, Available at:
https://punkrockor.com/2023/07/31/operations-research-what-is-it/
5.L. Albert (2023d). Post on LinkedIn. Available at: https://www.linkedin.com/feed/update/urn:li:activity:7132404427998597120/